u8iu7i7u
false
If the coordinates are (3,11) (9,11) (9,6) (3,6) just look at the changes in the first number (the x coordinate) and the changes in the second number (the y coordinate). In this case, the x coordinate changes by 6 and the y coordinate changes by 5. You multiply the two and you have the area, 30. Note: doesn't work if the first number and the second number change in every coordinate
It is not clear what you mean by "oppisites" or even opposite. Often a number is the opposite of its opposite. So if the first is greater than the second, the second, which is the opposite of the first, is smaller than the first.
Have the second number be greater than the first.
Yes
ordered pair
An example is: (5, 3) The first number is traditionally the x-coordinate, the second, the y-coordinate.
The convention for the Cartesian coordinate system is, the first number is the x coordinate, and the second number is the y coordinate. That's the order.
false
Plot the two points, and you'll see that they are not the same point. Remember that the first number is for the first coordinate (usually to the right), and the second number is for the second coordinate (usually upwards).
Other way around (X,Y)
If the coordinates are (3,11) (9,11) (9,6) (3,6) just look at the changes in the first number (the x coordinate) and the changes in the second number (the y coordinate). In this case, the x coordinate changes by 6 and the y coordinate changes by 5. You multiply the two and you have the area, 30. Note: doesn't work if the first number and the second number change in every coordinate
The first and second coordinate. X is the first coordinate and y is the second.
Subtract one number from the other. If the answer is a positive number then the first number is greater than the second number. If the answer is a negative number then the second number is greater than the first number. 9.5 - 4.6 = 4.9 (a positive number so 9.5 is greater than 4.6)
The first coordinate always is called the "x" coordinate, because it goes on the "x" axis, while the second coordinate is always called the "y" coordinate because it always goes on the "y" axis.
Sometimes it is, sometimes it is not.
It is not clear what you mean by "oppisites" or even opposite. Often a number is the opposite of its opposite. So if the first is greater than the second, the second, which is the opposite of the first, is smaller than the first.